Answer:
Yes, the climate on the Indian side of the Himalayas is different from that on the Tibetan side.
Explanation:
That's because Tibet is on the rain shadow side of the Himalayas.
When the warm air from India hits the mountains, it must rise over them.
As the air rises, it expands and cools. As it cools, its water vapour condenses to form clouds that precipitate as rain and snow.
The rain is responsible for the monsoons of India.
The Himalayas are at a latitude of about 30° N, so the climate at the foothills is humid subtropical. At higher altitudes, there is permanent snow and ice.
If you look at the the food circle itself, it falls under with the milk, beans and nuts therefore they are proteins
Considering these statements;
F. the heart is composed of muscle tissue
G Hormones can trigger asthma attacks
H The rib cage expands to move air into the lungs
J blood cells can attackpathogens
The most appropriate statement that describes one possible interaction between the endocrine and the respiratory systems is G. Hormones can trigger Asthma attacks.
Endocrine systems releases hormones into the bloodstream so that one organ can communicate with another. Respiratory system brings in air to the lungs, where it diffuses into the bloodstream and also excretes carbon dioxide.
A tsunami usually causes earthquakes, due to the amount of pressure it applies to the ground, Usually in the ocean.
Answer:
Answer: an increase in the respiratory rate.
Explanation:
Negative feedback is considered as the major regulatory process or mechanism in living things to bring about physiological function.
It should be noted that in negative feedback, the end product of a certain process or activity in turn brings about the reduction of that same process.
In this case , according to negative feedback, sensory receptor discovered by the scientist which detects decreasing oxygen concentrations in the blood will in turn bring about an increase in the respiratory rate when stimulated. This activity will definitely results to increase in the concentration of oxygen in the blood.